Buggy code:
@ Variable ( name = "name" , description = "the<seq2seq4repair_space>test<seq2seq4repair_space>name" , defaultValue = "" ) String name = "" ; @ Variable ( name = "seed" , description = "seed<seq2seq4repair_space>for<seq2seq4repair_space>creating<seq2seq4repair_space>randoms<seq2seq4repair_space>for<seq2seq4repair_space>the<seq2seq4repair_space>problem<seq2seq4repair_space>generator" , defaultValue = "-1" ) long seed = - 1 ; @ Variable ( name = "repeat-count" , description = "the<seq2seq4repair_space>number<seq2seq4repair_space>of<seq2seq4repair_space>executions<seq2seq4repair_space>in<seq2seq4repair_space>each<seq2seq4repair_space>tick" , defaultValue = "100" ) int repeatCount = 100 ; @ Variable ( name = "run-var" , description = "the<seq2seq4repair_space>variable<seq2seq4repair_space>to<seq2seq4repair_space>run" , defaultValue = "" ) private String runVar = "" ; @ Variable ( name = "start" , description = "starting<seq2seq4repair_space>value<seq2seq4repair_space>of<seq2seq4repair_space>the<seq2seq4repair_space>running<seq2seq4repair_space>variable" , defaultValue = "0.1" ) float start = 0.1F ; @ Variable ( name = "end" , description = "ending<seq2seq4repair_space>value<seq2seq4repair_space>of<seq2seq4repair_space>the<seq2seq4repair_space>running<seq2seq4repair_space>variable<seq2seq4repair_space>(explicit)" , defaultValue = "0.9" ) float end = 0.9F ; @ Variable ( name = "tick-size" , description = "the<seq2seq4repair_space>runinig<seq2seq4repair_space>variable<seq2seq4repair_space>value<seq2seq4repair_space>increasment" , defaultValue = "0.1" ) float tickSize = 0.1F ; private List < AlgorithmMetadata > algorithms = new LinkedList < AlgorithmMetadata > ( ) ; private ProblemGenerator pgen = null ; private ProblemGenerator pgenForExternalUse = null ; private List < StatisticCollector > collectors = new LinkedList < StatisticCollector > ( ) ; private TestResult res = new TestResult ( ) . toSuccessState ( ) ; private Random rand ; private int currentExecutionNumber = 0 ; private CorrectnessTester ctester = null ; private List < TestListener > listeners = new LinkedList < TestListener > ( ) ; private double currentVarValue ; private ExecutionSelector eSelector = null ; private List < Long > problemSeeds ; boolean initialized = false ; private Experiment experiment ; private int currentProblemNumber = 0 ; private AlgorithmMetadata currentAlgorithm ; private Limiter limiter = null ; public AbstractTest ( ) { } @ Override public void select ( ExecutionSelector selector ) { } @ Override public double getCurrentVarValue ( ) { } @ Override public < T extends StatisticCollector > T getStatisticCollector ( Class < T > type ) { } @ Override public int getTotalNumberOfExecutions ( ) { } @ Override public List < String > getIncludedAlgorithmsInstanceNames ( ) { } @ Override public int getNumberOfExecutions ( ) { } public void setExperiment ( Experiment exp ) { } public Experiment getExperiment ( ) { } @ Override public int getCurrentExecutionNumber ( ) { } public void setName ( String name ) { } @ Override public String getName ( ) { } @ Override @ Configuration ( name = "Statistic<seq2seq4repair_space>Collector" , description = "Adding<seq2seq4repair_space>statistic<seq2seq4repair_space>collector<seq2seq4repair_space>to<seq2seq4repair_space>collect<seq2seq4repair_space>statistics<seq2seq4repair_space>for<seq2seq4repair_space>this<seq2seq4repair_space>round" ) public void addStatisticCollector ( StatisticCollector collector ) { } @ Override public List < StatisticCollector > getStatisticCollectors ( ) { } public List < AlgorithmMetadata > getAlgorithms ( ) { } @ Configuration ( name = "Algorithm" , description = "add<seq2seq4repair_space>algorithm<seq2seq4repair_space>to<seq2seq4repair_space>be<seq2seq4repair_space>tested" ) public void addAlgorithm ( AlgorithmMetadata alg ) { } @ Configuration ( name = "Limiter" , description = "add<seq2seq4repair_space>limiter<seq2seq4repair_space>to<seq2seq4repair_space>kill<seq2seq4repair_space>executions<seq2seq4repair_space>that<seq2seq4repair_space>cause<seq2seq4repair_space>some<seq2seq4repair_space>limitation<seq2seq4repair_space>to<seq2seq4repair_space>reach" ) public void setLimiter ( Limiter timer ) { } public Limiter getLimiter ( ) { } public Problem generateProblemForExternalUse ( int number ) { } private void selectAndRun ( ExecutionSelector di ) { } public static double round3 ( double num ) { } @ Override protected void _run ( ) { List < Integer > limitedProblems = new LinkedList < Integer > ( ) ; try { initialize ( ) ; validateConfiguration ( ) ; fireTestStarted ( ) ; if ( ( eSelector ) != null ) { selectAndRun ( eSelector ) ; eSelector = null ; return ; } if ( ( tickSize ) == 0 ) { tickSize = 0.1F ; } int pnum = 0 ; currentExecutionNumber = 0 ; <START_BUG> for ( currentVarValue = start ; ( currentVarValue ) <= ( end ) ; currentVarValue = AbstractTest . round3 ( ( ( currentVarValue ) + ( tickSize ) ) ) ) { <END_BUG> ConfigurationMetadata . bubbleDownVariable ( this , runVar , ( ( float ) ( currentVarValue ) ) ) ; for ( int i = 0 ; i < ( repeatCount ) ; i ++ ) { Problem p = nextProblem ( ( ++ pnum ) ) ; boolean limited = false ; if ( p == null ) { res . toCrushState ( new NullPointerException ( "problem<seq2seq4repair_space>generator<seq2seq4repair_space>generated<seq2seq4repair_space>bad<seq2seq4repair_space>problem" ) , getProblemGenerator ( ) . getClass ( ) ) ; } else { limited = false ; for ( AlgorithmMetadata alg : getAlgorithms ( ) ) { if ( ( ! limited ) && ( ( res . getState ( ) ) == ( State . SUCCESS ) ) ) { final ExecutionResult exr = execute ( p , alg ) ; switch ( exr . getState ( ) ) { case CRUSHED : res . toCrushState ( exr . getCrushReason ( ) , alg . getAgentClass ( ) ) ; break ; case LIMITED : limited = true ; break ; case SUCCESS : break ; case WRONG : res . toWrongResultState ( exr . getCorrectAssignment ( ) , exr . getResultingExecution ( ) , alg . getAgentClass ( ) ) ; break ; } } ( currentExecutionNumber ) ++ ; } } if ( limited ) { System . out . println ( ( ( "Problem:<seq2seq4repair_space>" + ( getCurrentProblemNumber ( ) ) ) + "<seq2seq4repair_space>was<seq2seq4repair_space>limited" ) ) ; limitedProblems . add ( getCurrentProblemNumber ( ) ) ; } if ( ( ( res . getFailedClass ( ) ) != null ) && ( ( ( res . getState ( ) ) != ( State . SUCCESS ) ) || ( Thread . currentThread ( ) . isInterrupted ( ) ) ) ) { String algName ; if ( Agent . class . isAssignableFrom ( res . getFailedClass ( ) ) ) { algName = ( ( bgu . dcr . az . api . ano . Algorithm ) ( res . getFailedClass ( ) . getAnnotation ( bgu . dcr . az . api . ano . Algorithm . class ) ) ) . name ( ) ; } else { algName = algorithms . get ( 0 ) . getName ( ) ; }

Fix:
for ( currentVarValue = start ; ( ( currentVarValue ) - ( end ) ) <= 1.0E-4 ; currentVarValue = AbstractTest . round3 ( ( ( currentVarValue ) + ( tickSize ) ) ) ) {